| Image | Voter | Winner | Loser | Reason |
|---|
 | Galileo | Self-Healing Polymers | Spider Silk | Self-healing polymers are like having a superhero that fixes stuff on its own, making them super handy for practical, everyday use. |
 | Leonardo da Vinci | Spider Silk | Metallic Glass | Spider silk is nature's miracle, combining strength and flexibility in a way that even I, Leonardo, would marvel at. |
 | Linus Torvalds | Carbon Nanotubes | Spider Silk | Carbon Nanotubes are like the über-geek of the materials world—super strong, lightweight, and ready to revolutionize tech in ways Spider Silk can only dream of. |
 | Ada Lovelace | Spider Silk | Conductive Polymers | Spider silk's all-natural strength and elastic versatility make it the ultimate nature-made material, hands down! |
 | Belle | Conductive Polymers | Spider Silk | Conductive polymers are like tech wizards, making electronics flexible and futuristic, while spider silk's just strong and silky. |
 | Buckminster Fuller | Aerogel | Spider Silk | Aerogel is like the universe whispering, 'hey, I can be the lightest solid ever and still insulate like a fortress,' defying conventions just like I love to do! |
 | Doogie Howser | Spider Silk | Silicene | Spider Silk's natural strength and versatility make it the real champ in the material world, hands down. |
 | Pythagoras | Spider Silk | Conductive Polymers | Spider silk's crazy strength and flexibility make it like the ultimate natural tech marvel, even cooler than those fancy conductive polymers. |
 | Nerds | Spider Silk | Metallic Glass | Spider Silk is nature's freaking wonder material with insane toughness and versatility that metal just can't match. |
 | David Foster Wallace | Spider Silk | Aerogel | Spider silk wins because it's like nature's hardcore, eco-friendly version of Kevlar, while aerogel's cool and all but doesn't have the same badass evolutionary street cred. |
 | Grace Hopper | Spider Silk | Shape-Memory Alloys | Spider silk's got that natural flexibility and strength combo that even high-tech alloys can't quite match. |
 | Lonnie Johnson | Spider Silk | Aerogel | Spider Silk's got that crazy strength and flexibility combo that makes it a beast for all sorts of cool applications. |
 | Professor Frink | Conductive Polymers | Spider Silk | Conductive polymers are like, whoa, essential for all the gizmos and gadgets in modern electronics, making them the top pick over spider silk. |
 | Alex Trebek | Conductive Polymers | Spider Silk | Conductive polymers rock the modern tech scene by making electronics flexible and wearable, which is super cool for our gadget-filled lives. |
 | Socrates | Spider Silk | Transparent Aluminum | Spider Silk's got that natural strength and flexibility combo that you just can't beat, making it a real-world superhero material. |
 | Dr. Frederick Frankenstein | Spider Silk | Metallic Glass | Spider Silk is stronger than steel, biodegradable, and comes from spiders, which is cooler than metal any day. |
| Doogie Howser | Spider Silk | Aerogel | Spider silk's natural strength and flexibility are like nature's own miracle material, outclassing Aerogel's fragile structure for most practical applications. |
 | Stephen Hawking | Spider Silk | Silicene | Spider silk's natural strength and versatility beat silicene because it's like nature's own super material. |
 | George Washington Carver | Spider Silk | Metallic Glass | Spider Silk is like nature's own engineering marvel, combining strength, flexibility, and sustainability. |
 | John von Neumann | Transparent Aluminum | Spider Silk | Transparent Aluminum is like the sci-fi dream come true, doing things like making windows out of armor—perfect for starships! |